FunMove Hand (Electronic Prosthetic Hand) - 1 Servo Motorization_ver.KKB

thingiverse

Human Design Based On Flexy-Hand By Gyrobot Redesign And Modify To Use Electronic Prosthetic Hand Preparation: 3D Print FunMove Prosthetic Hand Body Arduino Microcontroller Options: Arduino Nano, Arduino Pro-Mini 1 FSR (Pressure Sensor) Servo Motor (MG946R) Recommended 10k Ohm Resistor, 220uf Capacitor 5 Volt Power Source (Battery Or USB Port) See FunMove-Arduino Instruction Here FunMove Is A Korean Nonprofit Organization We Believe Physical Activity Gives Us Simple Happiness. According To Our Belief, We Design Prosthetic Limbs Using Open-Source Hardware And 3D Printers, Arduinos. Check Out What We Do Below: Develop Electronic Prosthetic Limbs Using 3D Printing Donate 3D Printed Limbs To People With Disabilities Educate Disabled Individuals About Open-Source Technology, Encouraging Them To Build Their Own Prosthetics Building Up A Donation Ecosystem Where Beneficiaries Give Back To Others. Find Out More On Our Website And Social Media Channels: FunMove.org (English) Fun-move.net (Korean) Facebook.com/groups/funmove At FunMove, We Create Open-Source Solutions That Allow Everyone To Access Prosthetic Technology. Our Belief Is Simple: Through Physical Activity, People Find Happiness. Using Open-Source Hardware Like 3D Printers And Arduinos, We Develop Electronic Prosthetics To Give Back To Those Who Have Lost Their Ability To Experience The Joy Of Activity. Follow Us On Social Media For More Information: Facebook.com/FunMove Youtu.be/ABJw2ARsiVE English Explanation: Youtu.be/2CJTqFPWdG4, Korean Explanation: Youtu.be/00PBz9IoKB8 Printing Settings For FunMove Prosthetic Hand: Printer: Creatable D2 Supports: Yes Resolution: 0.2mm Notes: Sliced With Cura 15.04 Use PLA Or ABS Material Nozzle Size: 0.4 Layer Height: 0.2mm Shell Thickness: 0.8 Bottom/Top Thickness: 0.8 (Layer Height * 4) Print Speed: 50 Mm/s